Stacking Support: Yes, up to 10 units (50Gbps stacking bandwidth)
Max Power Consumption: 1380W (typical 1000W)
Dimensions: 442 u00d7 356 u00d7 44 mm
Operating Temperature: 0u201340u00b0C
Curation Review
✔ Pros:Excellent PoE capacity (960W) for dense PoE device deployments; 2.5GbE ports future-proof but not oversized; 10GbE SFP+ uplinks enable scalable data center or campus core connectivity; Layer 3 routing for micro-segmentation; stackable for redundancy and higher throughput aggregation; UNMS/UniFi management integration with cloud or on-prem controllers; fanless passive cooling option available
✘ Cons:Expensive entry point ($1200+) compared to L2-only switches; 2.5GbE ports may be overkill for many deployments (would justify 1GbE + 10GbE); high PoE power budget drives electricity costs; limited L3 feature set vs. carrier-grade routers; firmware bugs/delays historically slower than competition; requires UniFi ecosystem buy-in for optimal management; redundant power supply not standard
Stacking Support: Yes, up to 10 units via Virtual Chassis
Curation Review
✔ Pros:Excellent port density for mid-market deployments with 48 Gigabit Ethernet ports; Supports PoE for 740W budget enabling powered devices like IP phones and cameras; Layer 2/3 capability with VLAN, spanning tree, and basic routing support; Virtual Chassis stacking allows logical consolidation of up to 10 units for simplified management
✘ Cons:Limited to Gigabit Ethernet on access ports with only 4x 10GbE uplinks may create bottleneck for high-throughput core deployments; Switching capacity of 176 Gbps is modest compared to modern data center switches; Lower forwarding rate of 130.95 Mpps may struggle with heavy ACL or filtering policies; PoE budget of 740W is relatively limited if many high-power devices are required